PWM Rectifier Modeling and Simulation with Dual-Loop Control Implementation
Modeling and simulation of PWM rectifiers with dual-loop control capability, validated through successful implementation and performance verification.
Explore MATLAB source code curated for "双闭环控制" with clean implementations, documentation, and examples.
Modeling and simulation of PWM rectifiers with dual-loop control capability, validated through successful implementation and performance verification.
A MATLAB model for a photovoltaic inverter featuring dual-loop control implementation with code-level descriptions of current and voltage regulation algorithms
Direct current control for PWM rectifier using dual-loop control system, successfully tested through debugging with satisfactory performance in practical applications.
MATLAB simulation model for brushless DC motor employing dual-loop control strategy with detailed implementation approach
A practical brushless DC motor model with dual-loop control system implementation, demonstrating excellent performance and reliability in industrial applications, featuring code-level implementation insights for speed and current regulation.
MATLAB simulation program implementing dual closed-loop PID control for a single inverted pendulum system, demonstrating effective stabilization performance with detailed code implementation analysis.
Implementation of dual-loop control for brushless DC motor using MATLAB, representing BLDC through mathematical modeling with three-phase inverter circuit as drive system. Speed regulation employs PID control algorithm, while current loop controls switching signals (PWM waves) for the three-phase inverter.
Simulink simulation of grid-side controller for wind power generation systems with dual-loop control implementation
Implementation of dual-loop control for photovoltaic inverters featuring current loop regulation, phase-frequency tracking synchronization, and voltage feedforward compensation techniques
Implementation of Simulink-based dual closed-loop control system simulation for DC motors with detailed code structure and parameter configuration